Examples of 'diffusion equation' in a sentence
Meaning of "diffusion equation"
diffusion equation: This is a mathematical equation that describes how particles or quantities spread and distribute in space over time, often used in the field of physics and other sciences
How to use "diffusion equation" in a sentence
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diffusion equation
The diffusion equation then takes the form.
Then we have the diffusion equation.
The diffusion equation is continuous in both space and time.
This is the process described by the diffusion equation.
Applying the diffusion equation approximation in a frequency domain form.
Derivation of the heat diffusion equation.
First diffusion equation.
We begin by writing our diffusion equation.
Solution of the diffusion equation during the relaxation period is identical.
This is a simple solution of the general diffusion equation.
Second diffusion equation.
This split comes from approximating the transport equation as a diffusion equation.
The continuous diffusion equation is.
The diffusion equation describes the density dynamics in a material undergoing diffusion.
An example of results of solving the drift diffusion equation is shown on the right.
See also
The diffusion equation has exactly the same form as the heat equation.
The assumptions involved in characterizing photon behavior with the diffusion equation generate inaccuracies.
The familiar fourth order diffusion equation do not have increasing shannon entropy.
We also consider the inverse source problem for a two dimensional fractional diffusion equation.
The diffusion equation is a partial differential equation which describes density dynamics in a material undergoing diffusion.
Separate transmission conditions for the advection equation and for the diffusion equation are derived.
The diffusion equation is a partial differential equation that describes the penetration of particles into a medium.
Multiple scattering phenomena are leveraged and simplified into a simple diffusion equation similar to heat diffusion.
Using a generalized diffusion equation I was able to backtrack.
Furthermore to be able to compare the diffusion equation Eq.
Diffusion equation Perrin friction factors Rotational correlation time False diffusion.
The study presents the solution to the diffusion equation type boundary condition for first variable.
The spatial distribution of RD is governed by the neutron diffusion equation.
The diffusion coefficient D in the particle diffusion equation becomes dependent of concentration.
Random walk is simply a probability-based version of the diffusion equation.
The evolution of this variable is given by a diffusion equation with distributed time-varying coefficients.
A tutorial on the theory behind and solution of the Diffusion Equation.
In this form, the convection - diffusion equation combines both parabolic and hyperbolic partial differential equations.
This process is governed by the Diffusion Equation.
The heat diffusion equation of the system is written as follows, EPMATHMARKEREP.
Such an equation is called a one-dimensional heat equation or diffusion equation.
The stationary convection - diffusion equation describes the steady-state behavior of a convective-diffusive system.
This diffusion proceeds in an ordered fashion, analytically determinable from the diffusion equation.
The convection - diffusion equation is a relatively simple equation describing flows, or alternatively, describing a stochastically-changing system.
Most often, transport due to this random walk is well described by a diffusion equation.
The particle diffusion equation was originally derived by Adolf Fick in 1855.
The temporal evolution of the optically excited carrier population is modelled using a one-dimensional diffusion equation.
Indeed, the Schrödinger equation is itself a diffusion equation in imaginary time, t ' it.
Thus the corresponding Fokker-Planck equation is, formula 56which is the simplest form of a diffusion equation.
We deduce results for linearized Korteweg-de-Vries equation, fractional diffusion equation and fractional Schrödinger equation.
Figure 4, describes the forward model for the SCOT based on correlation diffusion equation.
A four group reference code for solving neutron diffusion equation in a VVER-440 core.
Alternatively, N is not a strong function of absolute pressure in the diffusion equation Eq.
LOTERRE, Heat transfers, convection diffusion equation.
Earlier, such terms were introduced in the Maxwell-Stefan diffusion equation.
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Development and diffusion of science and culture
Diffusion and promotion of science and technology
There are multiple diffusion and creation networks
